Optical Gaging Products (OGP), a manufacturer of precision optical and multi-sensor metrology systems, has introduced SmartScope E18, a high-capacity benchtop video measurement system delivering fully automatic three-axis measurement in a compact footprint. 

SmartScope E18 combines a 300 x 300 mm XY measuring range with a space-efficient benchtop design, making it suited to production environments, quality laboratories and other applications where floor space is limited. 

At its heart is OGP’s IntelliCentric-E fixed-lens optical system, which provides high-resolution imaging for precise video measurement. VIRTUAL ZOOM technology further enhances image detail and measurement capability, helping users inspect a wide range of part features efficiently. 

“With its 300 x 300 mm stage in a benchtop format, SmartScope E18 brings the capabilities manufacturers need for automated video measurement into a compact and cost-effective platform,” says Fabian Werner, OGP EMEA – regional sales director. “By maximising the available XY measuring range while minimising the system footprint, the E18 gives manufacturers a practical way to increase measurement automation without compromising valuable production space.” 

A comprehensive LED lighting system comes as standard, incorporating coaxial, sub-stage profile and SmartRing illumination to optimise image contrast across different part features. 

The compact fixed-bridge design and heavy-duty base provide a rigid, stable structure engineered for accurate, repeatable measurement, while the orthogonal construction maintains stability without increasing the footprint. 

An optional touch probe extends the E18’s capabilities to multi-sensor measurement, allowing optical and tactile inspection within a single automated platform. 

SmartScope E18 comes standard with Measure-X software. ZONE3 software is also available for applications requiring full 3D capability and advanced functionality. 

More information www.ogp.com 

IDS Imaging Development Systems is expanding its uEye FA series with new IP69K industrial cameras featuring Sony STARVIS 2 sensors for reliable machine vision in harsh environments. The new models offer resolutions from 2 to 12.5 megapixels for industrial automation and inspection applications. 

Designed for demanding production environments, the uEye FA cameras provide IP69K protection against high-pressure cleaning, dust and contamination, while operating at temperatures down to -20°C. The new models use Sony STARVIS 2 rolling shutter sensors, including the IMX662 (2 MP), IMX664 (4 MP), IMX675 (5 MP), IMX678 (8 MP) and IMX676 (12.5 MP). All are GigE Vision-compliant for straightforward integration into existing systems. 

The sensors combine high light sensitivity extending into the near-infrared (NIR) range with low noise and Sony’s Clear HDR process for extended dynamic range. An asynchronous exposure trigger further supports demanding industrial applications, helping deliver detailed images in challenging lighting conditions. The cameras are suited to applications ranging from manufacturing automation to quality inspection, providing reliable image capture where conventional machine vision equipment may struggle. 

“The combination of robust hardware and state-of-the-art sensor technology enables precise image analysis even in challenging environments,” says Alexander Klingner, head of product management at IDS. “This capability provides the foundation for stable and reliable processes in harsh industrial settings.” 

The expanded uEye FA range gives manufacturers additional rugged camera options for factory automation, combining IP69K protection with the image quality and low-light performance of Sony STARVIS 2 technology. 

More information www.ids-imaging.com

Babeș-Bolyai University (UBB) has strengthened engineering education and research at its Faculty of Engineering in Reșița following investment in a Mitutoyo CMM. 

Dating back to 1581, UBB is Romania’s oldest university and has around 50,000 students. The Faculty of Engineering in Reșița became part of UBB in 2020, although its technical education dates to 1971, when industry needed engineers. The faculty provides bachelor’s, master’s and doctoral programmes in mechanical engineering, electrical engineering and applied computer science, and supports regional industry through applied research. 

“We wanted this machine because it’s a high-performance piece of equipment, and with the educational software packages provided, we can train students and provide them with skills and competencies required by private companies in the region,” says Professor Gilbert-Rainer Gillich, dean of the Faculty of Engineering. 

Funding from the West Regional Development Agency enabled the faculty to equip its laboratory with a Mitutoyo MiSTAR 555 3D CNC CMM. Featuring temperature compensation, the machine maintains accuracy across a wide temperature range and can measure components up to 500 x 500 x 500 mm, with accuracy of 2.2 microns. 

The CMM is used for experiments and research involving components from industry partners, including new and worn parts. MCOSMOS software, together with GEOPAK, CAT1000 and SCANPAK modules, supports touch-trigger, scanning and point measurements. 

Says Gillich: “Why do we like this machine? Besides its capabilities, the CMM offers a user-friendly interface and allows us to generate measurement programmes intuitively. We particularly appreciate the availability, flexibility and promptness with which Mitutoyo Romania offered us support, both for laboratory activities and industrial applications.” 

The educational software includes 20 licences, enabling students to work simultaneously in groups, while training and technical support help the faculty develop industry-relevant skills for students and early-career engineers. 

More information www.mitutoyo.eu